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A complete lab collection covering redundancy, datacenter, DMZ, IoT, SOHO, and enterprise
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A practical course built for Cisco certification prep and real-world networking career growth
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A structured journey using Packet Tracer simulations to replicate complex IT environments
This course takes learners through a complete networking journey using Cisco Packet Tracer. It begins with installation and environment setup before moving into building fully functional redundant networks. Concepts such as VLANs, HSRP, spanning tree, and device-level redundancy form the foundation for understanding high availability.
The path then advances to creating datacenter networks, exploring spine-leaf architecture, VLAN databases, internal gateway redundancy, NAT, DNS, tunnels, and web servers. Following this, you’ll configure complete company networks with OSPF routing, DHCP relay, syslog, NTP, ACLs, and QoS. Security is emphasized in the DMZ section, where you’ll configure firewalls, edge routers, and access lists while testing LAN, DMZ, and internet connectivity.
You’ll also simulate IoT labs with smart homes, offices, and industrial systems, leading into hub-and-spoke WAN topologies and enterprise-grade three-tier switching designs. The journey continues with SOHO networks and culminates in a crash course on Cisco small business devices, covering routers, switches, and wireless. By the end, you’ll have the applied skills to configure, secure, and troubleshoot diverse professional networks.
This course is ideal for aspiring network engineers, IT students, and professionals preparing for Cisco certifications such as CCNA, CCST, or CCNP. Helpdesk and support technicians aiming to advance into networking roles will also benefit. A basic knowledge of IP addressing, routing, and switching is recommended, though beginners can follow along with guided labs.
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Configure Cisco Packet Tracer and prepare the lab environment
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Design redundant topologies with VLANs, HSRP, and spanning tree
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Build datacenter architectures using spine leaf switching and routing
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Implement company networks with OSPF, ACLs, DHCP, and NAT
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Create secure DMZ environments with firewalls and access controls
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Simulate IoT, SOHO, WAN, and enterprise switching topologies